Smart Farm

I designed and built a mini smart-farm prototype using Arduino-based sensors and automated control systems. The system monitors soil moisture, temperature, and humidity, then responds by activating irrigation and ventilation when environmental conditions move beyond preset thresholds.

I developed the hardware layout, assembled the circuit, and programmed control features including automatic watering, hysteresis-based temperature and humidity regulation, and fan-failure role switching. The prototype was created as a small-scale model for automating crop care during periods when the school farm is unattended.